ABB RobotStudio

Import CAD models of the factory layout, robots, and workpieces into RobotStudio.

Program robot tasks and trajectories offline using the virtual controller, simulating real-world kinematics and logic.

Utilize Automatic Path Planning to generate optimized, collision-free paths for multiple robots.

Perform extensive simulations to validate cycle times, reachability, and detect potential collisions.

Refine robot programs and cell layout based on simulation results, then upload the validated programs to the physical robots for rapid commissioning.

Create a digital twin of the existing production cell by importing its layout and robot configurations into RobotStudio.

Download current robot programs from the physical controllers to RobotStudio for analysis and modification.

Experiment with different robot motions, tool paths, and process parameters in the virtual environment.

Apply Automatic Path Planning and other optimization tools to identify and implement improvements that reduce cycle times by up to 50%.

Test and validate the optimized programs through simulation, then safely deploy them back to the physical robots without disrupting production.

Engineers from different regions access the shared RobotStudio project in the Cloud using their floating licenses.

Teams collaboratively design the welding cell, adding robots, fixtures, and workpieces, while making real-time adjustments.

Utilize the AI assistant for guidance on complex welding parameters or robot programming syntax.

Conduct virtual design reviews where all stakeholders can visualize the cell in 3D, and even in augmented reality using the AR Viewer.

Simulate and validate the entire welding process with multiple robots, ensuring coordination, collision avoidance, and optimal weld paths, leading to faster consensus and project progression.